IBM presents their Power Systems Virtual Server as a scalable, cost-effective way to run IBM AIX, IBM i and Linux workloads.
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SCloud UHost
Score 9.0 out of 10
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SCloud UHost is a cloud computing service that allow users to spin up a host in 18 regions in the world of various Operating Systems (OS) to offer the following: Cloud Servers - Including virtual machines, dedicated servers, and bare metal servers. Cloud Storage - Including object storage, block storage, and file storage. Cloud Networking - Including virtual private clouds (VPCs), load balancers, and…
Both Azure and Oracle offer some sort of lock in, either by the initial discounts or software. What is truly locked in are our data and we really thought carefully from day one as we are a corporate. Even in thinking of going multi-cloud, we are afraid of big vendors like them. …
It is really impactful in terms of scenarios like ERP systems and Data Analytics where heavy data needs to be analysed in terms of volume and their needs to be high scalability offering so in that scenario it is a great asset and features like distribution of workload using AI capabilities by leveraging modern IBM offerings like Watson is really helpful the area in which it could improve is native development of application in terms of adoption of New cloud Technologies
SCloud UHost offers scalable and reliable cloud compute instances with diverse configurations for varied application needs that ensures optimal performance. Its consistent speed and minimal downtime enhance overall reliability, contributing to uninterrupted business operations. SCloud UHost's seamless integration with SCloud services streamlines our cloud ecosystem for operational efficiency. SCloud UHost is less suited for small workloads if you wish to maximise per dollar spent. For smaller workloads, use SCloud ULightHost instead.
At the moment we are 100% satisfied with the performance and our support team is well used to the process involved. So unless we have some major issues in adopting, we are sure to be with IBM itself.
I would rate IBM Power Virtual Server’s overall usability as an 8 out of 10. The platform offers a solid interface and intuitive dashboard, making it relatively easy for users with cloud experience to navigate. Its scalability and flexibility are strong points. However, the learning curve for new users can be steep, especially when dealing with complex integrations or configurations. While documentation and support are extensive, some users may find the setup process challenging. Overall, it’s highly functional but could be streamlined further for beginners.
As with most IBM products the ongoing support for IBM Power Virtual Server is solid and consistent. IBM provides a clear roadmap for receiving support of their products. Both voice and online response is offered. It is obvious that IBM has the internal systems and culture to maintain support functions. This starts from the initial support call to the problem analysis and continues through the problem resolution. Documentation and communication are consistent within this process.
They both have their own ups and downs and it totally depends on the team which suits them best. IBM Power Virtual Server has Performance, Scalability, Reliability and Availability, Compatibility, and Good Vendor Support. The specific use case and workload requirements played a significant role. Some workloads may benefit from IBM Power Systems' architecture, while others may perform equally well on alternative platforms.
Both Azure and Oracle offer some sort of lock in, either by the initial discounts or software. What is truly locked in are our data and we really thought carefully from day one as we are a corporate. Even in thinking of going multi-cloud, we are afraid of big vendors like them. We came across SCloud UHost in an event and proceeded to try and never regretted onwards. Good job to the SCloud UHost team and their management for such great products at competitive prices.
I would rate IBM Cognos Analytics’ scalability as a 9 out of 10. The platform is highly capable of handling large volumes of data and supporting thousands of users with ease. Its architecture is designed for high performance, though it may require fine-tuning for extremely complex data environments to maintain optimal performance.
There have also been 80% fewer application crashes due to a lack of resources that previously ran on the X86 platform.
Administration management has been simplified and staff can dedicate themselves to the development of applications, instead of providing support to users when the applications do not respond efficiently, this made staff 45% more productive.